AccessibilityEventMonitor implements a PropertyChange listener on every UI object that implements interfaceAccessible in the Java Virtual Machine.

TheAccessibilityListenerList is a copy of the SwingEventListerList class.

TheAWTEventMonitor implements a suite of listeners that are conditionally installed on every AWT component instance in the Java Virtual Machine.

EventID contains integer constants that map to event support in AWT and Swing.

TheEventQueueMonitor class provides key core functionality for Assistive Technologies (and other system-level technologies that need some of the same things that Assistive Technology needs).

SwingEventMonitor extendsAWTEventMonitor by adding a suite of listeners conditionally installed on every Swing component instance in the Java Virtual Machine.

TheTranslator class provides a translation to interfaceAccessible for objects that do not implement interfaceAccessible.

The list of listener type, listener pairs

The source object needing translating.

Passes back the event listener list as an array of listener type, listener pairs.

Get the sourceObject of theTranslator.

Returns true if this object is the same as the one passed in.

Obtain an object that implements interfaceAccessible.

Set the source object of theTranslator.

Create a newTranslator with the source object o.

Thrown to indicate line number or variable information is not available.

Initial class that provides access to the default implementation of JDI interfaces.

Thrown to indicate that the requested class has not yet been loaded through the appropriate class loader.

Thrown to indicate that the requested operation cannot be completed because the specified class has not yet been prepared.

Thrown to indicate that the requested operation cannot be completed while the specified thread is in its current state.

Thrown to indicate that there is an inconistency in the debug information provided by the target VM.

Thrown to indicate that an unexpected internal error has occurred.

Thrown to indicate that the requested module is invalid or became invalid after the module was unloaded.

Thrown to indicate that the requested operation cannot be completed because the specified stack frame is no longer valid.

Thrown to indicate a type mismatch in setting the value of a field or variable, or in specifying the return value of a method.

Thrown to indicate an exception occurred in an invoked method within the target VM.

AJDIPermission object contains a name (also referred to as a "target name") but no actions list; you either have the named permission or you don't.

Thrown to indicate an operation cannot be completed because it is not valid for a native method.

Thrown to indicate that the requested operation cannot be completed because the specified object has been garbage collected.

Thrown to indicate an operation could not be performed on a frame.

Thrown to indicate that the operation is invalid because it would modify the VM and the VM is read-only.

Unchecked exception thrown to indicate that the requested operation cannot be completed because there is no longer a connection to the target VM.

Thrown to indicate that the requested operation cannot be completed because the mirror from one target VM is being combined with a mirror from another target VM.

Thrown to indicate that the requested operation cannot be completed because the target VM has run out of memory.

Compares the specified Object with this BooleanValue for equality.

Compares the specified Object with this ByteValue for equality.

Compares the specified Object with this CharValue for equality.

Compares the specified Object with this DoubleValue for equality.

Compares the specified Object with this field for equality.

Compares the specified Object with this FloatValue for equality.

Compares the specified Object with this IntegerValue for equality.

Compares the specified Object with this LocalVariable for equality.

Compares the specified Object with this Location for equality.

Compares the specified Object with this LongValue for equality.

Compares the specified Object with this method for equality.

Compares the specified Object with this ObjectReference for equality.

Compares the specified Object with this ReferenceType for equality.

Compares the specified Object with this ShortValue for equality.

Compares the specified Object with this VoidValue for equality.

Thrown to indicate an invalid argument or inconsistent passed to aConnector.

This exception may be thrown as a result of a timeout when attaching to a target VM, or waiting to accept a connection from a target VM.

A target VM was successfully launched, but terminated with an error before a connection could be established.

This exception may be thrown as a result of an asynchronous close of aConnection while an I/O operation is in progress.

A connection between a debugger and a target VM which it debugs.

A transport service for connections between a debugger and a target VM.

The transport service capabilities.

Alisten key.

Thrown to indicate a duplicate event request.

Thrown to indicate that the requested event cannot be modified because it is enabled.

Returns the value of the property with the specified key.

Returns the value of the property with the specified key.

Add an arbitrary key/value "property" to this request.

The information about a garbage collection

Garbage collection information.

Information about a VM option including its value and where the value came from which is referred as itsorigin.

Authenticator represents an implementation of an HTTP authentication mechanism.

Indicates an authentication failure.

Base class for return type fromAuthenticator.authenticate(HttpExchange) method.

Indicates an authentication must be retried.

Indicates an authentication has succeeded and the authenticated userprincipal can be acquired by callingAuthenticator.Success.getPrincipal().

BasicAuthenticator provides an implementation of HTTP Basic authentication.

A filter used to pre- and post-process incoming requests.

A chain of filters associated with aHttpServer.

HTTP request and response headers are represented by this class which implements the interfaceMap<String,List <String>>.

HttpContext represents a mapping between the rootURI path of an application to aHttpHandler which is invoked to handle requests destined for that path on the associatedHttpServer orHttpsServer.

This class encapsulates a HTTP request received and a response to be generated in one exchange.

Implementations ofHttpHandler that implement various useful handlers, such as a static response handler, or a conditional handler that complements one handler with another.

Represents a user authenticated by HTTP Basic or Digest authentication.

This class is used to configure the https parameters for each incoming https connection on aHttpsServer.

This class implements a simple HTTP server.

This class encapsulates a HTTPS request received and a response to be generated in one exchange and defines the extensions toHttpExchange that are specific to the HTTPS protocol.

Represents the set of parameters for each https connection negotiated with clients.

This class is an extension ofHttpServer which provides support for HTTPS.

A simple HTTP file server and its components (intended for testing, development and debugging purposes only).

Filter modules may store arbitrary objects withHttpExchange instances as an out-of-band communication mechanism.

Returns a mutableMap, which can be used to pass configuration and other data toFilter modules and to the context's exchange handler.

Compare two instances ofHttpPrincipal.

Filter modules may store arbitrary objects withHttpExchange instances as an out-of-band communication mechanism.

Service provider class for HttpServer.

A skeletal handler that consumes notifications and continues.

A class that represents an SCTP association.

Notification emitted when an association has either opened or closed.

Unchecked exception thrown when an attempt is made to invoke thereceive method ofSctpChannel orSctpMultiChannel from a notification handler.

Unchecked exception thrown when an attempt is made to remove an address that is not bound to the channel, or remove an address from a channel that has only one address bound to it.

Unchecked exception thrown when an attempt is made to send a message to an invalid stream.

TheMessageInfo class provides additional ancillary information about messages.

Notification emitted when a destination address on a multi-homed peer encounters a change.

A selectable channel for message-oriented connected SCTP sockets.

A selectable channel for message-oriented SCTP sockets.

A selectable channel for message-oriented listening SCTP sockets.

SCTP channels supports the socket options defined by this class (as well as those listed in the particular channel class) and may support additional Implementation specific socket options.

This class is used to set the maximum number of inbound/outbound streams used by the local endpoint during association initialization.

Notification emitted when a send failed notification has been received.

Notification emitted when a peer shuts down an association.

Returns true if the specified object is anotherInitMaxStreams instance with the same number of in and out bound streams.

A principal identified by a distinguished name as specified byRFC 2253.

This class implements thePrincipal interface and represents the name of the Windows NT domain into which the user authenticated.

This class abstracts an NT security token and provides a mechanism to do same-process security impersonation.

This class implements thePrincipal interface and represents information about a Windows NT user, group or realm.

This class extendsNTSid and represents a Windows NT user's domain SID.

This class extendsNTSid and represents one of the groups to which a Windows NT user belongs.

This class extendsNTSid and represents a Windows NT user's primary group SID.

This class extendsNTSid and represents a Windows NT user's SID.

This class implements thePrincipal interface and represents a Windows NT user.

This class implements thePrincipal interface and represents a user's Unix group identification number (GID).

This class implements thePrincipal interface and represents a user's Unix identification number (UID).

This class implements thePrincipal interface and represents a Unix user.

A user principal identified by a username or account name.

Compares this principal to the specified object.

Compares the specified Object with thisNTDomainPrincipal for equality.

Compares the specified Object with thisNTNumericCredential for equality.

Compares the specified Object with thisNTSid for equality.

Compares the specified Object with thisNTSidDomainPrincipal for equality.

Compares the specified Object with thisNTSidGroupPrincipal for equality.

Compares the specified Object with thisNTSidPrimaryGroupPrincipal for equality.

Compares the specified Object with thisNTSidUserPrincipal for equality.

Compares the specified Object with thisNTUserPrincipal for equality.

Compares the specified Object with thisUnixNumericGroupPrincipal for equality.

Compares the specified Object with thisUnixNumericUserPrincipal for equality.

Compares the specified Object with thisUnixPrincipal for equality.

Compares this principal to the specified object.

Prompts and reads from the command line for answers to authentication questions.

This class represents a default implementation forjavax.security.auth.login.Configuration.

The module prompts for a username and password and then verifies the password against the password stored in a directory service configured under JNDI.

Provides a JAAS login module that prompts for a key store alias and populates the subject with the alias's principal and credentials.

ThisLoginModule authenticates users using Kerberos protocols.

ThisLoginModule performs LDAP-based authentication.

ThisLoginModule renders a user's NT security information as some number ofPrincipals and associates them with aSubject.

This class implementation retrieves and makes available NT security information for the current user.

ThisLoginModule imports a user's UnixPrincipal information (UnixPrincipal,UnixNumericUserPrincipal, andUnixNumericGroupPrincipal) and associates them with the currentSubject.

This class implementation retrieves and makes available Unix UID/GID/groups information for the current user.

Kerberos 5 AuthorizationData entry.

GSS-API Utilities for using in conjunction with Sun Microsystem's implementation of Java GSS-API.

This class is for GSS security context permissions.

Return the mechanism-specific attribute associated withtype.

Returns the value of the literal expression.

A path of tree nodes, typically used to represent the sequence of ancestor nodes of a tree node up to the top-levelDocCommentTree node.

A DocTreeVisitor that visits all the child tree nodes, and provides support for maintaining a path for the parent nodes.

Provides access to syntax trees for doc comments.

A DocTreeVisitor that visits all the child tree nodes.

Provides access to functionality specific to the JDK Java Compiler, javac.

A simple visitor for tree nodes.

A simple visitor for tree nodes.

Provides details about work that has been done by the JDK Java Compiler, javac.

A path of tree nodes, typically used to represent the sequence of ancestor nodes of a tree node up to the top-levelCompilationUnitTree node.

A TreeVisitor that visits all the child tree nodes, and provides support for maintaining a path for the parent nodes.

Bridges JSR 199, JSR 269, and the Tree API.

A TreeVisitor that visits all the child tree nodes.

The default value, returned by thedefault action.

The default value, returned by thedefault action.

The exception thrown when an agent fails to initialize in the target Java virtual machine.

The exception thrown when an agent cannot be loaded into the target Java virtual machine.

Thrown byVirtualMachine.attach when attempting to attach to a Java virtual machine for which a compatibleAttachProvider does not exist.

Exception type to signal that an attach operation failed in the target VM.

AnAttachPermission object contains a name (also referred to as a "target name") but no actions list; you either have the named permission or you don't.

A Java virtual machine.

Describes a Java virtual machine.

Tests this VirtualMachine for equality with another object.

Tests this VirtualMachineDescriptor for equality with another object.

Attach provider class for attaching to a Java virtual machine.

A legacy programmatic interface for the Java Programming Language compiler, javac.

A JConsole plugin class.

This class implements accessibility support for theApplet class.

TheAlphaComposite class implements basic alpha compositing rules for combining source and destination colors to achieve blending and transparency effects with graphics and images.

Thrown when a serious Abstract Window Toolkit error has occurred.

The root event class for all AWT events.

AWTEventMulticaster implements efficient and thread-safe multi-cast event dispatching for the AWT events defined in thejava.awt.event package.

Signals that an Abstract Window Toolkit exception has occurred.

AnAWTKeyStroke represents a key action on the keyboard, or equivalent input device.

TheBasicStroke class defines a basic set of rendering attributes for the outlines of graphics primitives, which are rendered with aGraphics2D object that has its Stroke attribute set to thisBasicStroke.

A border layout lays out a container, arranging and resizing its components to fit in five regions: north, south, east, west, and center.

Capabilities and properties of buffers.

A type-safe enumeration of the possible back buffer contents after page-flipping

This class creates a labeled button.

This class implements accessibility support for theButton class.

ACanvas component represents a blank rectangular area of the screen onto which the application can draw or from which the application can trap input events from the user.

This class implements accessibility support for theCanvas class.

ACardLayout object is a layout manager for a container.

A check box is a graphical component that can be in either an "on" (true) or "off" (false) state.

This class implements accessibility support for theCheckbox class.

TheCheckboxGroup class is used to group together a set ofCheckbox buttons.

This class represents a check box that can be included in a menu.

Inner class of CheckboxMenuItem used to provide default support for accessibility.

TheChoice class presents a pop-up menu of choices.

This class implements accessibility support for theChoice class.

TheColor class is used to encapsulate colors in the default sRGB color space or colors in arbitrary color spaces identified by aColorSpace.

Acomponent is an object having a graphical representation that can be displayed on the screen and that can interact with the user.

Inner class of Component used to provide default support for accessibility.

Fire PropertyChange listener, if one is registered, when shown/hidden..

Fire PropertyChange listener, if one is registered, when focus events happen

Inner class for blitting offscreen surfaces to a component.

Inner class for flipping buffers on a component.

The ComponentOrientation class encapsulates the language-sensitive orientation that is to be used to order the elements of a component or of text.

A generic Abstract Window Toolkit(AWT) container object is a component that can contain other AWT components.

Inner class of Container used to provide default support for accessibility.

FirePropertyChange listener, if one is registered, when children are added or removed.

A FocusTraversalPolicy that determines traversal order based on the order of child Components in a Container.

A class to encapsulate the bitmap representation of the mouse cursor.

A FocusTraversalPolicy that determines traversal order based on the order of child Components in a Container.

The default KeyboardFocusManager for AWT applications.

TheDesktop class allows interact with various desktop capabilities.

A Dialog is a top-level window with a title and a border that is typically used to take some form of input from the user.

This class implements accessibility support for theDialog class.

TheDimension class encapsulates the width and height of a component (in integer precision) in a single object.

TheDisplayMode class encapsulates the bit depth, height, width, and refresh rate of aGraphicsDevice.

EventQueue is a platform-independent class that queues events, both from the underlying peer classes and from trusted application classes.

TheFileDialog class displays a dialog window from which the user can select a file.

A flow layout arranges components in a directional flow, much like lines of text in a paragraph.

A FocusTraversalPolicy defines the order in which Components with a particular focus cycle root are traversed.

TheFont class represents fonts, which are used to render text in a visible way.

Thrown by method createFont in theFont class to indicate that the specified font is bad.

TheFontMetrics class defines a font metrics object, which encapsulates information about the rendering of a particular font on a particular screen.

AFrame is a top-level window with a title and a border.

This class implements accessibility support for theFrame class.

TheGradientPaint class provides a way to fill aShape with a linear color gradient pattern.

TheGraphics class is the abstract base class for all graphics contexts that allow an application to draw onto components that are realized on various devices, as well as onto off-screen images.

ThisGraphics2D class extends theGraphics class to provide more sophisticated control over geometry, coordinate transformations, color management, and text layout.

TheGraphicsConfigTemplate class is used to obtain a validGraphicsConfiguration.

TheGraphicsConfiguration class describes the characteristics of a graphics destination such as a printer or monitor.

TheGraphicsDevice class describes the graphics devices that might be available in a particular graphics environment.

TheGraphicsEnvironment class describes the collection ofGraphicsDevice objects andFont objects available to a Java(tm) application on a particular platform.

TheGridBagConstraints class specifies constraints for components that are laid out using theGridBagLayout class.

TheGridBagLayout class is a flexible layout manager that aligns components vertically, horizontally or along their baseline without requiring that the components be of the same size.

TheGridBagLayoutInfo is an utility class forGridBagLayout layout manager.

TheGridLayout class is a layout manager that lays out a container's components in a rectangular grid.

Thrown when code that is dependent on a keyboard, display, or mouse is called in an environment that does not support a keyboard, display, or mouse.

Signals that an AWT component is not in an appropriate state for the requested operation.

The abstract classImage is the superclass of all classes that represent graphical images.

Capabilities and properties of images.

AnInsets object is a representation of the borders of a container.

A set of attributes which control a print job.

A type-safe enumeration of possible default selection states.

A type-safe enumeration of possible job destinations.

A type-safe enumeration of possible dialogs to display to the user.

A type-safe enumeration of possible multiple copy handling states.

A type-safe enumeration of possible multi-page impositions.

The KeyboardFocusManager is responsible for managing the active and focused Windows, and the current focus owner.

ALabel object is a component for placing text in a container.

This class implements accessibility support for theLabel class.

TheLinearGradientPaint class provides a way to fill aShape with a linear color gradient pattern.

TheList component presents the user with a scrolling list of text items.

This class implements accessibility support for theList class.

This class implements accessibility support for List children.

TheMediaTracker class is a utility class to track the status of a number of media objects.

AMenu object is a pull-down menu component that is deployed from a menu bar.

Inner class of Menu used to provide default support for accessibility.

TheMenuBar class encapsulates the platform's concept of a menu bar bound to a frame.

Inner class of MenuBar used to provide default support for accessibility.

The abstract classMenuComponent is the superclass of all menu-related components.

Inner class ofMenuComponent used to provide default support for accessibility.

All items in a menu must belong to the classMenuItem, or one of its subclasses.

Inner class of MenuItem used to provide default support for accessibility.

TheMenuShortcut class represents a keyboard accelerator for a MenuItem.

MouseInfo provides methods for getting information about the mouse, such as mouse pointer location and the number of mouse buttons.

This is the superclass for Paints which use a multiple color gradient to fill in their raster.

A set of attributes which control the output of a printed page.

A type-safe enumeration of possible color states.

A type-safe enumeration of possible paper sizes.

A type-safe enumeration of possible orientations.

A type-safe enumeration of possible origins.

A type-safe enumeration of possible print qualities.

Panel is the simplest container class.

This class implements accessibility support for thePanel class.

A point representing a location in(x,y) coordinate space, specified in integer precision.

A class that describes the pointer position.

ThePolygon class encapsulates a description of a closed, two-dimensional region within a coordinate space.

A class that implements a menu which can be dynamically popped up at a specified position within a component.

Inner class of PopupMenu used to provide default support for accessibility.

An abstract class which initiates and executes a print job.

TheRadialGradientPaint class provides a way to fill a shape with a circular radial color gradient pattern.

ARectangle specifies an area in a coordinate space that is enclosed by theRectangle object's upper-left point(x,y) in the coordinate space, its width, and its height.

TheRenderingHints class defines and manages collections of keys and associated values which allow an application to provide input into the choice of algorithms used by other classes which perform rendering and image manipulation services.

Defines the base type of all keys used along with theRenderingHints class to control various algorithm choices in the rendering and imaging pipelines.

This class is used to generate native system input events for the purposes of test automation, self-running demos, and other applications where control of the mouse and keyboard is needed.

TheScrollbar class embodies a scroll bar, a familiar user-interface object.

This class implements accessibility support for theScrollbar class.

A container class which implements automatic horizontal and/or vertical scrolling for a single child component.

This class implements accessibility support for theScrollPane class.

This class represents the state of a horizontal or vertical scrollbar of aScrollPane.

The splash screen can be displayed at application startup, before the Java Virtual Machine (JVM) starts.

A class to encapsulate symbolic colors representing the color of native GUI objects on a system.

TheSystemTray class represents the system tray for a desktop.

TheTaskbar class allows a Java application to interact with the system task area (taskbar, Dock, etc.).

ATextArea object is a multi-line region that displays text.

This class implements accessibility support for theTextArea class.

TheTextComponent class is the superclass of any component that allows the editing of some text.

This class implements accessibility support for theTextComponent class.

ATextField object is a text component that allows for the editing of a single line of text.

This class implements accessibility support for theTextField class.

TheTexturePaint class provides a way to fill aShape with a texture that is specified as aBufferedImage.

This class is the abstract superclass of all actual implementations of the Abstract Window Toolkit.

ATrayIcon object represents a tray icon that can be added to thesystem tray.

AWindow object is a top-level window with no borders and no menubar.

This class implements accessibility support for theWindow class.

TheRenderingHints class defines and manages collections of keys and associated values which allow an application to provide input into the choice of algorithms used by other classes which perform rendering and image manipulation services.

TheRenderingHints class defines and manages collections of keys and associated values which allow an application to provide input into the choice of algorithms used by other classes which perform rendering and image manipulation services.

An arbitrary argument of the event.

The target component.

TheUndefinedProperty object should be returned whenever a property which was not defined for a particular image is fetched.

Alpha interpolation hint value -- alpha blending algorithms are chosen by the implementation for a good tradeoff of performance vs. quality.

Alpha interpolation hint value -- alpha blending algorithms are chosen with a preference for precision and visual quality.

Alpha interpolation hint value -- alpha blending algorithms are chosen with a preference for calculation speed.

Antialiasing hint value -- rendering is done with a default antialiasing mode chosen by the implementation.

Antialiasing hint value -- rendering is done without antialiasing.

Antialiasing hint value -- rendering is done with antialiasing.

Color rendering hint value -- perform color conversion calculations as chosen by the implementation to represent the best available tradeoff between performance and accuracy.

Color rendering hint value -- perform the color conversion calculations with the highest accuracy and visual quality.

Color rendering hint value -- perform the fastest color conversion to the format of the output device.

Dithering hint value -- use a default for dithering chosen by the implementation.

Dithering hint value -- do not dither when rendering geometry.

Dithering hint value -- dither when rendering geometry, if needed.

Font fractional metrics hint value -- character glyphs are positioned with accuracy chosen by the implementation.

Font fractional metrics hint value -- character glyphs are positioned with advance widths rounded to pixel boundaries.

Font fractional metrics hint value -- character glyphs are positioned with sub-pixel accuracy.

Interpolation hint value -- the color samples of 9 nearby integer coordinate samples in the image are interpolated using a cubic function in bothX andY to produce a color sample.

Interpolation hint value -- the color samples of the 4 nearest neighboring integer coordinate samples in the image are interpolated linearly to produce a color sample.

Interpolation hint value -- the color sample of the nearest neighboring integer coordinate sample in the image is used.

Rendering hint value -- rendering algorithms are chosen by the implementation for a good tradeoff of performance vs. quality.

Rendering hint value -- rendering algorithms are chosen with a preference for output quality.

Rendering hint value -- rendering algorithms are chosen with a preference for output speed.

Image resolution variant hint value -- the standard resolution of an image is always used.

Image resolution variant hint value -- an image resolution variant is chosen based on a default heuristic which may depend on the policies of the platform

Image resolution variant hint value -- an image resolution variant is chosen based only on the DPI of the screen.

Image resolution variant hint value -- an image resolution variant is chosen based on the DPI of the screen and the transform in the Graphics2D context.

Stroke normalization control hint value -- geometry may be modified or left pure depending on the tradeoffs in a given implementation.

Stroke normalization control hint value -- geometry should be normalized to improve uniformity or spacing of lines and overall aesthetics.

Stroke normalization control hint value -- geometry should be left unmodified and rendered with sub-pixel accuracy.

Text antialiasing hint value -- text rendering is done according to theRenderingHints.KEY_ANTIALIASING hint or a default chosen by the implementation.

Text antialiasing hint value -- text rendering is requested to use information in the font resource which specifies for each point size whether to applyRenderingHints.VALUE_TEXT_ANTIALIAS_ON orRenderingHints.VALUE_TEXT_ANTIALIAS_OFF.

Text antialiasing hint value -- request that text be displayed optimised for an LCD display with subpixels in order from display left to right of B,G,R such that the horizontal subpixel resolution is three times that of the full pixel horizontal resolution (HBGR).

Text antialiasing hint value -- request that text be displayed optimised for an LCD display with subpixels in order from display left to right of R,G,B such that the horizontal subpixel resolution is three times that of the full pixel horizontal resolution (HRGB).

Text antialiasing hint value -- request that text be displayed optimised for an LCD display with subpixel organisation from display top to bottom of B,G,R such that the vertical subpixel resolution is three times that of the full pixel vertical resolution (VBGR).

Text antialiasing hint value -- request that text be displayed optimised for an LCD display with subpixel organisation from display top to bottom of R,G,B such that the vertical subpixel resolution is three times that of the full pixel vertical resolution (VRGB).

Text antialiasing hint value -- text rendering is done without any form of antialiasing.

Text antialiasing hint value -- text rendering is done with some form of antialiasing.

The desktop properties.

Creates a copy of this grid bag constraint.

Create a copy of this object.

Creates and returns a copy of thisJobAttributes.

Creates and returns a copy of this PageAttributes.

Creates a clone of thisRenderingHints object that has the same contents as thisRenderingHints object.

Returns the value to which the specified key is mapped.

Gets the constraints for the specified component

Obtains a value for the specified desktop property.

Returns a list of all media that have encountered an error.

Returns a list of media with the specified ID that have encountered an error.

Gets a property of this image by name.

Returns the value of a single preference for the rendering algorithms.

Returns an array (length 1) containing the checkbox label or null if the checkbox is not selected.

Returns the array (length 1) containing the checkbox menu item label or null if the checkbox is not selected.

Returns an array (length 1) containing the currently selected item.

Returns the selected items ornull if no items are selected.

Gets the selected items on this scrolling list in an array of Objects.

Gets this component's locking object (the object that owns the thread synchronization monitor) for AWT component-tree and layout operations.

Gets this component's locking object (the object that owns the thread synchronization monitor) for AWT component-tree and layout operations.

An opportunity to lazily evaluate desktop property values.

Maps the specifiedkey to the specifiedvalue in thisRenderingHints object.

Returns a cached instance ofAWTKeyStroke (or a subclass ofAWTKeyStroke) which is equal to this instance.

Removes the key and its corresponding value from thisRenderingHints object.

Returns aSet view of the mappings contained in thisRenderingHints.

Returns aSet view of the mappings contained in thisRenderingHints.

Returns aSet view of the Keys contained in thisRenderingHints.

Returns aCollection view of the values contained in thisRenderingHints.

Adds the specified component to the end of this container.

Adds the specified component to this container with the specified constraints at the specified index.

Adds the specified component to this container at the specified index.

Adds the specified component to this scroll pane container.

Adds the specified component to the layout, using the specified constraint object.

Adds the specified component to this card layout's internal table of names.

Adds the specified component to the layout, using the specifiedconstraints object.

Adds the specified component to the layout, using the specified constraint object.

Returnstrue if thisRenderingHints contains a mapping for the specified key.

Returns true if this RenderingHints maps one or more keys to the specified value.

Determines whether the specified object is equal to thisAlphaComposite.

Returns true if this object is identical to the specified object.

Tests if a specified object is equal to thisBasicStroke by first testing if it is aBasicStroke and then comparing its width, join, cap, miter limit, dash, and dash phase attributes with those of thisBasicStroke.

Determines whether another object is equal to thisColor.

Checks whether two dimension objects have equal values.

Compares thisFont object to the specifiedObject.

Checks whether two insets objects are equal.

Determines whether two JobAttributes are equal to each other.

Returns whether this MenuShortcut is the same as another: equality is defined to mean that both MenuShortcuts use the same key and both either use or don't use the SHIFT key.

Determines whether two PageAttributes are equal to each other.

Determines whether or not two points are equal.

Checks whether two rectangles are equal.

Compares the specifiedObject with thisRenderingHints for equality.

The equals method for all Key objects will return the same result as the equality operator '=='.

Support for reporting bound property changes for Object properties.

Fires a PropertyChangeEvent in response to a change in a bound property.

Fires a PropertyChangeEvent in response to a change in a vetoable property.

Returns the value to which the specified key is mapped.

Returns the component that corresponds to the given constraint location based on the targetContainer's component orientation.

Gets the component that was added using the given constraint

Returns true if the specified object is a valid value for this Key.

Maps the specifiedkey to the specifiedvalue in thisRenderingHints object.

Removes the key and its corresponding value from thisRenderingHints object.

Sets the named desktop property to the specified value and fires a property change event to notify any listeners that the value has changed.

Sets the value of a single preference for the rendering algorithms.

Retargets an event to a new source.

Constructs an AWTEvent object with the specified source object and type.

NOTE: TheEvent class is obsolete and is available only for backwards compatibility.

NOTE: TheEvent class is obsolete and is available only for backwards compatibility.

NOTE: TheEvent class is obsolete and is available only for backwards compatibility.

Constructs a new object with the specified key/value pair.

This exception is thrown if the native CMM returns an error.

This abstract class is used to serve as a color space tag to identify the specific color space of aColor object or, via aColorModel object, of anImage, aBufferedImage, or aGraphicsDevice.

TheICC_ColorSpace class is an implementation of the abstractColorSpace class.

A representation of color profile data for device independent and device dependent color spaces based on the International Color Consortium Specification ICC.1:2001-12, File Format for Color Profiles, (see https://www.color.org).

TheICC_ProfileGray class is a subclass of theICC_Profile class that represents profiles which meet the following criteria: the color space type of the profile isTYPE_GRAY and the profile includes thegrayTRCTag andmediaWhitePointTag tags.

TheICC_ProfileRGB class is a subclass of theICC_Profile class that represents profiles which meet the following criteria: the profile's color space type is RGB, and the profile includes theredColorantTag,greenColorantTag,blueColorantTag,redTRCTag,greenTRCTag,blueTRCTag,mediaWhitePointTag tags.

This exception is thrown when an error occurs in accessing or processing anICC_Profile object.

Resolves instances being deserialized into instances registered with CMM.

A class that implements a mechanism to transfer data using cut/copy/paste operations.

ADataFlavor provides meta information about data.

FlavorEvent is used to notify interested parties that availableDataFlavors have changed in theClipboard (the event source).

A class to encapsulate MimeType parsing related exceptions.

ATransferable which implements the capability required to transfer aString.

The SystemFlavorMap is a configurable map between "natives" (Strings), which correspond to platform-specific data formats, and "flavors" (DataFlavors), which correspond to platform-independent MIME types.

Signals that the requested data is not supported in this flavor.

Returns a clone of thisDataFlavor.

Returns an object representing the current contents of this clipboard in the specifiedDataFlavor.

Returns theTransferable's data in the requestedDataFlavor if possible.

Returns an object which represents the data to be transferred.

Indicates whether some other object is "equal to" this one.

Returns a transferable object representing the current contents of the clipboard.

Event sent when the application is asked to open its about window.

AppEvents are sent to listeners and handlers installed on theDesktop instance of the current desktop context.

Event sent when the application has become the foreground app, and when it is no longer the foreground app.

Event sent when the application has been hidden or shown.

Event sent when the application is asked to re-open itself.

Auxiliary event containing a list of files.

Event sent when the app is asked to open a list of files.

Event sent when the app is asked to open aURI.

Event sent when the application is asked to open its preferences window.

Event sent when the app is asked to print a list of files.

Event sent when the application is asked to quit.

Event sent when the displays attached to the system enter and exit power save sleep.

Event sent when the system enters and exits power save sleep.

Event sent when the user session has been changed.

This class contains constant values representing the type of action(s) to be performed by a Drag and Drop operation.

ADragGestureEvent is passed toDragGestureListener's dragGestureRecognized() method when a particularDragGestureRecognizer detects that a platform dependent drag initiating gesture has occurred on theComponent that it is tracking.

TheDragGestureRecognizer is an abstract base class for the specification of a platform-dependent listener that can be associated with a particularComponent in order to identify platform-dependent drag initiating gestures.

TheDragSource is the entity responsible for the initiation of the Drag and Drop operation, and may be used in a number of scenarios: 1 default instance per JVM for the lifetime of that JVM.

An abstract adapter class for receiving drag source events.

TheDragSourceContext class is responsible for managing the initiator side of the Drag and Drop protocol.

TheDragSourceDragEvent is delivered from theDragSourceContextPeer, via theDragSourceContext, to theDragSourceListener registered with thatDragSourceContext and with its associatedDragSource.

TheDragSourceDropEvent is delivered from theDragSourceContextPeer, via theDragSourceContext, to thedragDropEnd method ofDragSourceListeners registered with thatDragSourceContext and with its associatedDragSource.

This class is the base class forDragSourceDragEvent andDragSourceDropEvent.

TheDropTarget is associated with aComponent when thatComponent wishes to accept drops during Drag and Drop operations.

this protected nested class implements autoscrolling

An abstract adapter class for receiving drop target events.

ADropTargetContext is created whenever the logical cursor associated with a Drag and Drop operation coincides with the visible geometry of aComponent associated with aDropTarget.

TransferableProxy is a helper inner class that implementsTransferable interface and serves as a proxy for anotherTransferable object which represents data transfer for a particular drag-n-drop operation.

TheDropTargetDragEvent is delivered to aDropTargetListener via its dragEnter() and dragOver() methods.

TheDropTargetDropEvent is delivered via theDropTargetListener drop() method.

TheDropTargetEvent is the base class for both theDropTargetDragEvent and theDropTargetDropEvent.

This exception is thrown by various methods in the java.awt.dnd package.

This abstract subclass ofDragGestureRecognizer defines aDragGestureRecognizer for mouse-based gestures.

Returns an object which represents the data provided by the encapsulated transferable for the requested data flavor.

Returns anObject array of the events comprising the drag gesture.

Returns an array of the events comprising the drag gesture.

Returns an array of the events comprising the drag gesture.

A semantic event which indicates that a component-defined action occurred.

The adjustment event emitted by Adjustable objects likeScrollbar andScrollPane.

A class which extends theEventListenerProxy specifically for adding anAWTEventListener for a specific event mask.

An abstract adapter class for receiving component events.

A low-level event which indicates that a component moved, changed size, or changed visibility (also, the root class for the other component-level events).

An abstract adapter class for receiving container events.

A low-level event which indicates that a container's contents changed because a component was added or removed.

An abstract adapter class for receiving keyboard focus events.

A low-level event which indicates that a Component has gained or lost the input focus.

An abstract adapter class for receiving ancestor moved and resized events.

An event which indicates a change to theComponent hierarchy to whichComponent belongs.

The root event class for all component-level input events.

Input method events contain information about text that is being composed using an input method.

An event which executes therun() method on aRunnable when dispatched by the AWT event dispatcher thread.

A semantic event which indicates that an item was selected or deselected.

An abstract adapter class for receiving keyboard events.

An event which indicates that a keystroke occurred in a component.

An abstract adapter class for receiving mouse events.

An event which indicates that a mouse action occurred in a component.

An abstract adapter class for receiving mouse motion events.

An event which indicates that the mouse wheel was rotated in a component.

The component-level paint event.

A semantic event which indicates that an object's text changed.

An abstract adapter class for receiving window events.

A low-level event that indicates that a window has changed its status.

The (potentially null) Object whose notifyAll() method will be called immediately after the Runnable.run() method has returned or thrown an exception or after the event was disposed.

Returns the item affected by the event.

Constructs anActionEvent object.

Constructs anActionEvent object with modifier keys.

Constructs anActionEvent object with the specified modifier keys and timestamp.

Constructs anInvocationEvent with the specified source and ID which will execute the runnable'srun() method when dispatched.

Constructs anInvocationEvent with the specified source which will execute the runnable'srun() method when dispatched.

Constructs anInvocationEvent with the specified source which will execute the runnable'srun() method when dispatched.

Constructs anInvocationEvent with the specified source which will execute the runnable'srun() method when dispatched.

Constructs anItemEvent object.

Constructs aTextEvent object.

TheFontRenderContext class is a container for the information needed to correctly measure text.

TheGlyphJustificationInfo class represents information about the justification properties of a glyph.

TheGlyphMetrics class represents information for a single glyph.

AGlyphVector object is a collection of glyphs containing geometric information for the placement of each glyph in a transformed coordinate space which corresponds to the device on which theGlyphVector is ultimately displayed.

This class is used with the CHAR_REPLACEMENT attribute.

TheImageGraphicAttribute class is an implementation ofGraphicAttribute which draws images in aTextLayout.

LayoutPath provides a mapping between locations relative to the baseline and points in user space.

TheLineBreakMeasurer class allows styled text to be broken into lines (or segments) that fit within a particular visual advance.

TheLineMetrics class allows access to the metrics needed to layout characters along a line and to layout of a set of lines.

TheNumericShaper class is used to convert Latin-1 (European) digits to other Unicode decimal digits.

TheShapeGraphicAttribute class is an implementation ofGraphicAttribute that draws shapes in aTextLayout.

TheTextAttribute class defines attribute keys and attribute values used for text rendering.

TheTextHitInfo class represents a character position in a text model, and abias, or "side," of the character.

TextLayout is an immutable graphical representation of styled character data.

Defines a policy for determining the strong caret location.

TheTextMeasurer class provides the primitive operations needed for line break: measuring up to a given advance, determining the advance of a range of characters, and generating aTextLayout for a range of characters.

TheTransformAttribute class provides an immutable wrapper for a transform so that it is safe to use as an attribute.

Creates a copy of thisTextLayout.

Return the text anti-aliasing rendering mode hint used in thisFontRenderContext.

Return the text fractional metrics rendering mode hint used in thisFontRenderContext.

Resolves instances being deserialized to the predefined constants.

Return true if obj is an instance of FontRenderContext and has the same transform, antialiasing, and fractional metrics values as this.

Compares thisImageGraphicAttribute to the specifiedObject.

Returnstrue if the specified object is an instance ofNumericShaper and shapes identically to this one, regardless of the range representations, the bit mask or the enum.

Compares thisShapeGraphicAttribute to the specifiedObject.

Returnstrue if the specifiedObject is aTextHitInfo and equals thisTextHitInfo.

Returnstrue if rhs is aTransformAttribute whose transform is equal to thisTransformAttribute's transform.

Constructs aFontRenderContext object from an optionalAffineTransform and twoObject values that determine if the newly constructed object has anti-aliasing or fractional metrics.

TheAffineTransform class represents a 2D affine transform that performs a linear mapping from 2D coordinates to other 2D coordinates that preserves the "straightness" and "parallelness" of lines.

Arc2D is the abstract superclass for all objects that store a 2D arc defined by a framing rectangle, start angle, angular extent (length of the arc), and a closure type (OPEN,CHORD, orPIE).

This class defines an arc specified indouble precision.

This class defines an arc specified infloat precision.

AnArea object stores and manipulates a resolution-independent description of an enclosed area of 2-dimensional space.

TheCubicCurve2D class defines a cubic parametric curve segment in(x,y) coordinate space.

A cubic parametric curve segment specified withdouble coordinates.

A cubic parametric curve segment specified withfloat coordinates.

TheDimension2D class is to encapsulate a width and a height dimension.

TheEllipse2D class describes an ellipse that is defined by a framing rectangle.

TheDouble class defines an ellipse specified indouble precision.

TheFloat class defines an ellipse specified infloat precision.

TheFlatteningPathIterator class returns a flattened view of anotherPathIterator object.

TheGeneralPath class represents a geometric path constructed from straight lines, and quadratic and cubic (Bézier) curves.

TheIllegalPathStateException represents an exception that is thrown if an operation is performed on a path that is in an illegal state with respect to the particular operation being performed, such as appending a path segment to aGeneralPath without an initial moveto.

ThisLine2D represents a line segment in(x,y) coordinate space.

A line segment specified with double coordinates.

A line segment specified with float coordinates.

TheNoninvertibleTransformException class represents an exception that is thrown if an operation is performed requiring the inverse of anAffineTransform object but theAffineTransform is in a non-invertible state.

ThePath2D class provides a simple, yet flexible shape which represents an arbitrary geometric path.

TheDouble class defines a geometric path with coordinates stored in double precision floating point.

TheFloat class defines a geometric path with coordinates stored in single precision floating point.

ThePoint2D class defines a point representing a location in(x,y) coordinate space.

TheDouble class defines a point specified indouble precision.

TheFloat class defines a point specified in float precision.

TheQuadCurve2D class defines a quadratic parametric curve segment in(x,y) coordinate space.

A quadratic parametric curve segment specified withdouble coordinates.

A quadratic parametric curve segment specified withfloat coordinates.

TheRectangle2D class describes a rectangle defined by a location(x,y) and dimension(w x h).

TheDouble class defines a rectangle specified in double coordinates.

TheFloat class defines a rectangle specified in float coordinates.

RectangularShape is the base class for a number ofShape objects whose geometry is defined by a rectangular frame.

TheRoundRectangle2D class defines a rectangle with rounded corners defined by a location(x,y), a dimension(w x h), and the width and height of an arc with which to round the corners.

TheDouble class defines a rectangle with rounded corners all specified indouble coordinates.

TheFloat class defines a rectangle with rounded corners all specified infloat coordinates.

Returns a copy of thisAffineTransform object.

Returns an exact copy of thisArea object.

Creates a new object of the same class as this object.

Creates a new object of the same class as this object.

Creates a new object of the same class as this object.

Creates a new object of the same class as this object.

Creates a new object of the same class as this object.

Creates a new object of the same class as this object.

Creates a new object of the same class and with the same contents as this object.

Creates a new object of the same class and with the same contents as this object.

Creates a new object of the same class and with the same contents as this object.

Returnstrue if thisAffineTransform represents the same affine coordinate transform as the specified argument.

Determines whether or not the specifiedObject is equal to thisArc2D.

Determines whether or not the specifiedObject is equal to thisEllipse2D.

Determines whether or not two points are equal.

Determines whether or not the specifiedObject is equal to thisRectangle2D.

Determines whether or not the specifiedObject is equal to thisRoundRectangle2D.

Provides methods to control text input facilities such as input methods and keyboard layouts.

An InputMethodHighlight is used to describe the highlight attributes of text being composed.

Defines additional Unicode subsets for use by input methods.

Returns a control object from the current input method, or null.

Returns a control object from this input method, or null.

This class provides default implementations of severalImage methods for classes that want to implement theMultiResolutionImage interface.

This class uses an affine transform to perform a linear mapping from 2D coordinates in the source image orRaster to 2D coordinates in the destination image orRaster.

An ImageFilter class for scaling images using a simple area averaging algorithm that produces smoother results than the nearest neighbor algorithm.

This class performs an arbitrary linear combination of the bands in aRaster, using a specified matrix.

This class represents image data which is stored in a band interleaved fashion and for which each sample of a pixel occupies one data element of the DataBuffer.

This class is an array-based implementation of theAbstractMultiResolutionImage class.

TheBufferedImage subclass describes anImage with an accessible buffer of image data.

TheBufferedImageFilter class subclasses anImageFilter to provide a simple means of using a single-source/single-destination image operator (BufferedImageOp) to filter aBufferedImage in the Image Producer/Consumer/Observer paradigm.

TheBufferStrategy class represents the mechanism with which to organize complex memory on a particularCanvas orWindow.

This class defines a lookup table object.

This class performs a pixel-by-pixel color conversion of the data in the source image.

TheColorModel abstract class encapsulates the methods for translating a pixel value to color components (for example, red, green, and blue) and an alpha component.

AColorModel class that works with pixel values that represent color and alpha information as separate samples and that store each sample in a separate data element.

This class represents image data which is stored such that each sample of a pixel occupies one data element of the DataBuffer.

This class implements a convolution from the source to the destination.

An ImageFilter class for cropping images.

This class exists to wrap one or more data arrays.

This class extendsDataBuffer and stores data internally as bytes.

This class extendsDataBuffer and stores data internally indouble form.

This class extendsDataBuffer and stores data internally infloat form.

This class extendsDataBuffer and stores data internally as integers.

This class extendsDataBuffer and stores data internally as shorts.

This class extendsDataBuffer and stores data internally as shorts.

TheDirectColorModel class is aColorModel class that works with pixel values that represent RGB color and alpha information as separate samples and that pack all samples for a single pixel into a single int, short, or byte quantity.

This class is an implementation of the ImageProducer interface which takes an existing image and a filter object and uses them to produce image data for a new filtered version of the original image.

This class implements a filter for the set of interface methods that are used to deliver data from an ImageProducer to an ImageConsumer.

TheImagingOpException is thrown if one of theBufferedImageOp orRasterOp filter methods cannot process the image.

TheIndexColorModel class is aColorModel class that works with pixel values consisting of a single sample that is an index into a fixed colormap in the default sRGB color space.

TheKernel class defines a matrix that describes how a specified pixel and its surrounding pixels affect the value computed for the pixel's position in the output image of a filtering operation.

This class implements a lookup operation from the source to the destination.

This abstract class defines a lookup table object.

This class is an implementation of the ImageProducer interface which uses an array to produce pixel values for an Image.

TheMultiPixelPackedSampleModel class represents one-banded images and can pack multiple one-sample pixels into one data element.

ThePackedColorModel class is an abstractColorModel class that works with pixel values which represent color and alpha information as separate samples and which pack all samples for a single pixel into a single int, short, or byte quantity.

The PixelGrabber class implements an ImageConsumer which can be attached to an Image or ImageProducer object to retrieve a subset of the pixels in that image.

This class represents image data which is stored in a pixel interleaved fashion and for which each sample of a pixel occupies one data element of the DataBuffer.

A class representing a rectangular array of pixels.

TheRasterFormatException is thrown if there is invalid layout information in theRaster.

An ImageFilter class for scaling images using the simplest algorithm.

This class performs a pixel-by-pixel rescaling of the data in the source image by multiplying the sample values for each pixel by a scale factor and then adding an offset.

This class provides an easy way to create an ImageFilter which modifies the pixels of an image in the default RGB ColorModel.

This abstract class defines an interface for extracting samples of pixels in an image.

This class defines a lookup table object.

This class represents pixel data packed such that the N samples which make up a single pixel are stored in a single data array element, and each data data array element holds samples for only one pixel.

VolatileImage is an image which can lose its contents at any time due to circumstances beyond the control of the application (e.g., situations caused by the operating system or by other applications).

This class extends Raster to provide pixel writing capabilities.

Abyte array initialized with a size ofReplicateScaleFilter.destWidth and used to deliver a row of pixel data to theImageConsumer.

Clones this object.

Clones this object.

Returns data for a single pixel in a primitive array of type TransferType.

Returns a data element array representation of a pixel in thisColorModel, given an array of normalized color/alpha components.

Returns a data element array representation of a pixel in thisColorModel, given an array of unnormalized color/alpha components.

Returns a data element array representation of a pixel in thisColorModel, given an integer pixel representation in the default RGB color model.

Returns a data element array representation of a pixel in thisColorModel, given an array of normalized color/alpha components.

Returns a data element array representation of a pixel in thisColorModel, given an array of unnormalized color/alpha components.

Returns a data element array representation of a pixel in thisColorModel, given an integer pixel representation in the default RGB color model.

Returns data for a single pixel in a primitive array of typeTransferType.

Returns a data element array representation of a pixel in thisColorModel, given an array of unnormalized color/alpha components.

Returns a data element array representation of a pixel in thisColorModel, given an integer pixel representation in the default RGB color model.

Returns a data element array representation of a pixel in thisColorModel given an array of unnormalized color/alpha components.

Returns a data element array representation of a pixel in this ColorModel, given an integer pixel representation in the default RGB color model.

Returns data for a single pixel in a primitive array of type TransferType.

Returns the pixel data for the specified rectangle of pixels in a primitive array of type TransferType.

Returns data for a single pixel in a primitive array of type TransferType.

Returns the pixel data for the specified rectangle of pixels in a primitive array of type TransferType.

Returns data for a single pixel in a primitive array of type TransferType.

Returns data for a single pixel in a primitive array of type TransferType.

Get the pixel buffer.

This method simply delegates to the same method on the base image and it is equivalent to:getBaseImage().getProperty(name, observer).

Returns a property of the image by name.

Returns a property of the image by name.

Gets a property from the property set of this image.

This method simply delegates to the default implementation inObject which is identical to an== test since this class cannot enforce the issues of a proper equality test among multiple independent subclass branches.

Tests if the specifiedObject is an instance ofComponentColorModel and equals thisComponentColorModel.

Tests if the specifiedObject is an instance ofIndexColorModel and if it equals thisIndexColorModel

Tests if the specifiedObject is an instance ofPackedColorModel and equals thisPackedColorModel.

Returns the alpha component for the specified pixel, scaled from 0 to 255.

Returns the alpha component for the specified pixel, scaled from 0 to 255.

Returns the alpha component for the specified pixel, scaled from 0 to 255.

Returns the blue color component for the specified pixel, scaled from 0 to 255 in the default RGBColorSpace, sRGB.

Returns the blue color component for the specified pixel, scaled from 0 to 255 in the default RGBColorSpace, sRGB.

Returns the blue color component for the specified pixel, scaled from 0 to 255 in the default RGBColorSpace, sRGB.

Returns an array of unnormalized color/alpha components given a pixel in thisColorModel.

Returns an array of unnormalized color/alpha components given a pixel in thisColorModel.

Returns an array of unnormalized color/alpha components given a pixel in thisColorModel.

Returns an array of unnormalized color/alpha components for a specified pixel in thisColorModel.